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Mathematical physics, including mathematics, is a research area where novel mathematical techniques are invented to tackle problems in physics, and where novel mathematical ideas find an elegant physical realization. Historically, it would have been impossible to distinguish between theoretical physics and pure mathematics. Often spectacular advances were seen with the concurrent development of new ideas and fields in both mathematics and physics. Here one might note Newton's invention of modern calculus to advance the understanding of mechanics and gravitation. In the twentieth century, quantum theory was developed almost simultaneously with a variety of mathematical fields, including linear algebra, the spectral theory of operators and functional analysis. This fruitful partnership continues today with, for example, the discovery of remarkable connections between gauge theories and string theories from physics and geometry and topology in mathematics.
Format results
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Production of Solar Scalars
Anne-Christine Davis University of Cambridge
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Probing quantum gravity at all scales
Astrid Eichhorn University of Southern Denmark
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Simulating a Quantised Black Hole
Ruth Gregory King's College London
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Town Hall - Fundamental aspects of Modified gravity
Adam Solomon, Andrew Tolley, Astrid Eichhorn, Sergey Sibiryakov -
Against Horndeski
Cliff Burgess McMaster University
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Extending EFT of inflation/dark energy to arbitrary background with timelike scalar profile
Shinji Mukohyama Yukawa Institute for Theoretical Physics
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Galileon Duality and its Generalizations
Andrew Tolley Imperial College London
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Town Hall - New generation of LSS surveys and modified gravity/dark energy
Hanyu Zhang, Jessie Muir, Kazuya Koyama, Martin Kunz -
Testing screened modified gravity models
Kazuya Koyama University of Portsmouth
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Non-linear dark energy simulations
Martin Kunz University of Geneva